[doc] proofread documentation and fixed some typos.

doc/internals.rst

@@ -25,7 +25,8 @@ them.
 
 The application makes strong use of the `EventDispatcher
 <http://api.symfony.com/2.0/Symfony/Component/EventDispatcher/EventDispatcher.html>`_
-to hook into the Symfony2 HttpKernel events. This allows
+to hook into the Symfony2 `HttpKernel
+<http://api.symfony.com/2.0/Symfony/Component/HttpKernel/HttpKernel.html>`_ events. This allows
 fetching the ``Request``, converting string responses into
 ``Response`` objects and handling Exceptions. We also use it
 to dispatch some custom events like before/after filters and

doc/intro.rst

@@ -7,7 +7,7 @@ of Symfony2 and Pimple and also inspired by sinatra.
 A microframework provides the guts for building simple single-file apps.
 Silex aims to be:
 
-* *Concise*: Silex exposes a intuitive and concise API that is fun to use.
+* *Concise*: Silex exposes an intuitive and concise API that is fun to use.
 
 * *Extensible*: Silex has an extension system based around the Pimple
   micro service-container that makes it even easier to tie in third party

doc/providers.rst

@@ -108,7 +108,7 @@ Here is an example of such a provider::
     }
 
 This class provides a ``hello`` service which is a protected
-closure. It takes a name argument and will return
+closure. It takes a ``name`` argument and will return
 ``hello.default_name`` if no name is given. If the default
 is also missing, it will use an empty string.
 
@@ -161,7 +161,7 @@ Here is an example of how to use it (based on `Buzz <https://github.com/kriswall
         }
     }
 
-This allows you to simply provide the class  path as an
+This allows you to simply provide the class path as an
 option when registering the provider::
 
     $app->register(new BuzzServiceProvider(), array(
@@ -241,6 +241,6 @@ the provider.
 
 .. tip::
 
-    You can also define an provider that implements both the service and the
+    You can also define a provider that implements both the service and the
     controller provider interface and package in the same class the services
     needed to make your controllers work.

doc/providers/translation.rst

 TranslationServiceProvider
 ==========================
 
-The *TranslationServiceProvider* provides a service for translating your application
-into different languages.
+The *TranslationServiceProvider* provides a service for translating your
+application into different languages.
 
 Parameters
 ----------
 
-* **translator.messages**: A mapping of locales to message arrays. This parameter
-  contains the translation data in all languages.
+* **translator.messages**: A mapping of locales to message arrays. This
+  parameter contains the translation data in all languages.
 
-* **locale** (optional): The locale for the translator. You will most likely want
-  to set this based on some request parameter. Defaults to ``en``.
+* **locale** (optional): The locale for the translator. You will most likely
+  want to set this based on some request parameter. Defaults to ``en``.
 
 * **locale_fallback** (optional): Fallback locale for the translator. It will
   be used when the current locale has no messages set.
@@ -92,7 +92,7 @@ Recipes
 YAML-based language files
 ~~~~~~~~~~~~~~~~~~~~~~~~~
 
-Having your translation in PHP files can be inconvenient. This recipe will
+Having your translations in PHP files can be inconvenient. This recipe will
 show you how to load translations from external YAML files.
 
 First you will need the ``Config`` and ``Yaml`` components from Symfony2. Also
@@ -109,8 +109,8 @@ use is ``locales/en.yml``. Just do the mapping in this file as follows:
     hello: Hello %name%
     goodbye: Goodbye %name%
 
-Repeat this for all of your languages. Then set up the ``translator.messages`` to map
-languages to files::
+Repeat this for all of your languages. Then set up the ``translator.messages``
+to map languages to files::
 
     $app['translator.messages'] = array(
         'en' => __DIR__.'/locales/en.yml',
@@ -118,8 +118,8 @@ languages to files::
         'fr' => __DIR__.'/locales/fr.yml',
     );
 
-Finally override the ``translator.loader`` to use a ``YamlFileLoader`` instead of the
-default ``ArrayLoader``::
+Finally override the ``translator.loader`` to use a ``YamlFileLoader`` instead
+of the default ``ArrayLoader``::
 
     $app['translator.loader'] = new Symfony\Component\Translation\Loader\YamlFileLoader();
 

doc/services.rst

@@ -47,7 +47,7 @@ in fact other services.
 Container
 ~~~~~~~~~
 
-A DI or service container is responsible for creating and storing
+A DIC or service container is responsible for creating and storing
 services. It can recursively create dependencies of the requested
 services and inject them. It does so lazily, which means a service
 is only created when you actually need it.
@@ -61,7 +61,7 @@ Pimple
 ------
 
 Pimple is probably the simplest service container out there. It
-makes strong use of closures implements the ArrayAccess interface.
+makes strong use of closures and implements the ArrayAccess interface.
 
 We will start off by creating a new instance of Pimple -- and
 because ``Silex\Application`` extends ``Pimple`` all of this

doc/testing.rst

@@ -109,15 +109,15 @@ executed before every test.
 
         // ...
         use Symfony\Component\HttpFoundation\SessionStorage\FilesystemSessionStorage;
-        // ...
+        // ...
 
         public function createApplication()
         {
-            // ...
+            // ...
             $this->app['session.storage'] = $this->app->share(function() {
                 return new FilesystemSessionStorage(sys_get_temp_dir());
             });
-            // ...
+            // ...
         }
 
 The WebTestCase provides a ``createClient`` method. A client acts as a browser,

doc/usage.rst

@@ -164,7 +164,7 @@ It is pretty straightforward.
 The current ``request`` is automatically injected by Silex to the Closure
 thanks to the type hinting. It is an instance of `Request
 <http://api.symfony.com/2.0/Symfony/Component/HttpFoundation/Request.html>`_,
-so you can fetch variables using the request's ``get`` method.
+so you can fetch variables using the request ``get`` method.
 
 Instead of returning a string we are returning an instance of
 `Response
@@ -211,7 +211,7 @@ You can match multiple methods with one controller using regex syntax::
 Route variables
 ~~~~~~~~~~~~~~~
 
-As has been show before you can define variable parts in a route like this::
+As it has been shown before you can define variable parts in a route like this::
 
     $app->get('/blog/show/{id}', function ($id) {
         ...
@@ -230,7 +230,7 @@ While it's not suggested, you could also do this (note the switched arguments)::
         ...
     });
 
-You can also ask for the current Request and Application object::
+You can also ask for the current Request and Application objects::
 
     $app->get('/blog/show/{id}', function (Application $app, Request $request, $id) {
         ...
@@ -345,7 +345,7 @@ Before and after filters
 ------------------------
 
 Silex allows you to run code before and after every request. This happens
-through before and after filters. All you need to do is pass a closure::
+through ``before`` and ``after`` filters. All you need to do is pass a closure::
 
     $app->before(function () {
         // set up
@@ -355,8 +355,8 @@ through before and after filters. All you need to do is pass a closure::
         // tear down
     });
 
-The before filter has access to the current Request, and can short-circuit the
-whole rendering by returning a Response::
+The before filter has access to the current Request, and can short-circuit
+the whole rendering by returning a Response::
 
     $app->before(function (Request $request) {
         // redirect the user to the login screen if access to the Resource is protected